SC(B)13 Low-Loss Dry-Type Transformer
Standards
GB / IEC 60076
Testing
Routine report
Origin
China
SC(B)13 Type Dry-Type Transformers
2500 kVA 10 kV Dry-Type Transformer Low Loss
2500KVA 10KV Low Loss Dry Type Transformer : High-Efficiency Power Distribution Core Equipment
- Product type
- SC(B)13 Low-Loss Dry-Type Transformer
- Rated capacity
- 2,500 kVA
- Voltage class
- 10 kV
- Insulation
- Cast epoxy resin, Class F/H
- Cooling
- AN / AF
- Winding
- Copper or aluminium (project-specific)
Final ratings, losses, impedance and dimensions are confirmed on the approved datasheet. Website values are for family selection.
- Routine test report with the unit
- English GA drawing and O&M manual
- Copper or aluminium winding options
- 50 Hz / 60 Hz and harsh-site options
Product overview
2500KVA 10KV Low Loss Dry Type Transformer : High-Efficiency Power Distribution Core Equipment
Traditional oil-immersed transformers used in power distribution projects often face challenges such as high losses and stringent fire safety requirements. Many project owners deploy Power Distribution Equipment in data centers, raising concerns about persistently high energy consumption and unmanageable maintenance risks. We offer the 2500KVA 10KV Low Loss Dry Type Transformer, which leverages an optimized core winding structure to reduce no-load and load losses. Once operational, this equipment continuously reduces long-term electricity costs and is suitable for various enclosed indoor power distribution scenarios. This dry type transformer is widely used in commercial complexes, industrial plants, and photovoltaic (PV) sites. It is often used in conjunction with high-and-low voltage switchgear to build power distribution systems and can also be integrated into box-type substations. In the power conversion stage of Combined Photovoltaic Substations , it works in conjunction with an Electric Power Converter to stably complete voltage transformation, ensuring stable and reliable power transmission. The equipment does not use insulating oil, eliminating the risk of oil leakage and fire. It boasts strong operational stability and meets the stringent standards of modern infrastructure for safe and energy-efficient power distribution equipment.
Design features
What the design is built around
Low Loss Design
As a low-loss dry-type transformer, the core and windings undergo refined process adjustments, resulting in lower long-term energy consumption and significantly reducing project-wide operating costs.
Reliable Safety and Protection
With no liquid insulating medium, it offers excellent fire resistance and eliminates the need for additional oil storage facilities, making it suitable for compact indoor power distribution layouts.
Tips
Ensure sufficient ventilation space during installation to promptly dissipate heat generated during operation and ensure stable output under rated conditions.
Typical specification
Specifications to confirm on the datasheet
| Product type | SC(B)13 Low-Loss Dry-Type Transformer |
|---|---|
| Rated capacity | 2,500 kVA |
| Voltage class | 10 kV |
| Insulation | Cast epoxy resin, Class F/H |
| Cooling | AN / AF |
| Winding | Copper or aluminium (project-specific) |
| Standards | GB 1094.1, GB/T 6451, IEC 60076-11 |
| Testing | Routine tests, partial discharge and temperature-rise type tests |
The table is a family-level starting point. The approved datasheet fixes the guaranteed values, drawing dimensions and test plan for the specific order.
Typical applications
- Green buildings
- Data centres
- Industrial plants
- Hospitals
- Commercial complexes
Confirm before ordering
- Rated capacity, voltage ratio and tap range
- Impedance, fault level and parallel operation
- Ambient temperature, altitude and enclosure
- Winding material, losses and efficiency class
- Terminations, protection and monitoring
- Tests, inspection, packing and shipping limits
Buyer questions
FAQ for 2500 kVA 10 kV Dry-Type Transformer Low Loss
Is this 2500KVA 10KV Dry Type Transformer suitable for direct outdoor placement?
Is there a significant difference in daily maintenance workload compared to an Oil Immersed Transformer ?
What is the after-sales response timeline for equipment malfunctions?
Can it be directly installed into a Box Type Substation for use?
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View modelProject inquiry
Tell us what the transformer has to do.
Load, voltage class, site conditions, standards and required documents are enough to start. We reply through the inquiry thread.